How To Make A House On Sketchup 8

1. How To Make A House In Sketchup 2020
2. Sketchup For House Plans
3. How To Make A House On Sketchup For Schools
4. How To Make A House On Sketchup 8th

When you transform geometry into a component, your 3D model has all the behaviors and capabilities of a component:

• Your component is reusable.
• The component geometry becomes separate from any geometry to which it's currently connected. (This is similar to groups.)
• Anytime you edit your component, you can edit the component instance or the definition.
• If you like, you can make your component stick to a specific plane (by setting its gluing plane) or cut a hole in a face (by setting its cutting plane).
• You can associate metadata, such as advanced attributes and IFC classification types, with the component. Classifying Objects introduces classification systems and how you can use them with SketchUp components.

1. SketchUp Free gives me the convenience of accessing all the tools of SketchUp's modeler anywhere I have access to the internet. It allows me to easily visualize my ideas and concepts before turning them into real projects. It's a brilliant way to travel with SketchUp, knowing I can access, illustrate, and collaborate wherever I am.
2. Move the building you want to stamp into position above your terrain surface. The building shouldn't.

The place to share and download SketchUp 3D models for architecture, design, construction, and fun. Download the Software. SketchUp is available both as a freeware version and a paid version with. To make either a window or a door, all you are going to do is: a. Select the shape tool. Here you can play around with the different types of shapes. On the front of the house, create a shape by clicking, dragging, then clicking once more. Repeat until you have all windows and doors you would like. If you desire, you can then concave.

Create a component

When you create a component, you can create it right in your model or in a separate SketchUp file. Either way, you use the Create Component dialog box, as shown in the following figure.

Follow these steps to create a component:

1. Select the geometry you want to include in your component. For tips on making selections, see Selecting geometry.
2. Choose Edit > Make Component from the menu bar, or context-click the selection and choose Make Component. The Create Component dialog box appears.
3. In the Definition box, type a meaningful name for your component. You want the name to be specific enough that you can easily locate the component in the Outliner among your other geometry. See Working with Hierarchies in the Outliner for tips on naming groups or components.
4. In the Description box, add a short description of your component.
   
   Tip: The description is a great place to include details that will be meaningful to you or others over time. For example, whereas your component name might be (St. Patrick Window,) the description can include more detail, such as, (A Gothic-style Harry Clark stained-glass window that depicts St. Patrick and has a cutting plane.)
5. (Optional) Set your alignment options.
6. (Optional) Add advanced attributes and select an option from the Type drop-down list if you're using classification data. With this metadata, the component works with BIM workflows and the Generate Report feature. See Classifying Objects for more details.
7. Leave the Replace Selection with Component checkbox selected if you want to transform the geometry you selected in Step 1 into a component. Deselect this box to leave the geometry as-is but create a component definition based on it. The component definition becomes available in your In Model collection.
8. Click the Create button to complete your component.

How To Make A House In Sketchup 2020

Choose alignment options

You have alignment options for gluing a component to a plane or aligning a component or its shadows. Here's how those options work:

• To set a gluing plane: Select one of the following options from the Glue To drop-down list: Any, Horizontal, Vertical, Sloped. When you select a gluing plane, the Cut Opening checkbox becomes active, and the Always Face Camera and Shadows Face Sun options become inactive. If you set a gluing plane, you can enable your component to cut an opening in a face by selecting the Cut Opening checkbox.
• To make your component a 2D form: Select the Always Face Camera option, which increases performance by eliminating the need to render the component as a 3D model. SketchUp comes with several 2D people components that are examples of 2D forms that always face the camera. If you select this option, the Shadows Face Sun option becomes active.
  Select the Shadows Face Sun checkbox to cast shadows from the component's current position as though the component were facing the sun. The shadow shape does not change as the component rotates to face the camera.
  
  Tip: The Shadows Face Sun option works best with components that have short bases (such as trees). This option does not work well with components that have wide bases (such as people in midstride).
• To move the component's axis origin or the cutting plane: Click the Set Component Axes button After you click the button, the cursor enables you to set a new axis origin in the same way you use the Axes tool. After you set a new component axis origin, the Create Component dialog box becomes active again.
  
  Tip: You might change the component's axis origin for the following reasons:

  • The component's axis origin determines what corner of the component is loaded onto the Move tool cursor when you insert a component instance in a model.
  • The red/green plane's orientation also defines the cutting plane. If you want a vertical cutting plane, like the back of a window, to cut a face, then you need to move the red/green plane to the back of the window. The following figure shows a window component in the making, after the component axis origin was reset to place the cutting plane on the back of the window.
  • If you're using the Shadows Face Sun option, position the component's axis origin at the bottom center of the component for best results.

Set advanced attributes

Design is so much more that defining what something looks like. With the Advanced Attributes section in the Create Component dialog box, you can attach information to components. This information helps teams make design decisions and supports the eventual construction process.

For example, if your component is a door and you add a price, size, and type to your component, you can then generate a report that can help you estimate how much using that door in your project would cost. To see how using a different type of door might impact the cost, you can swap one door component for another using SketchUp's Replace Selected component feature and see an updated report with new cost estimates.

You can set the following attributes in the Create Component dialog box:

• Price: To do simple price calculations based on content you create, enter the cost of your component in the text box. Note that the Price attribute does not support different currencies that this time. Simply enter a numerical value.
• Size: Enter a simple indication of size. For example, you might enter 30x80 to indicate the size of a door. Note that scaling does not update the string-based attributes. To add that kind of logic, you need to create a dynamic component.
• URL: Enter a web page address that is relevant to the component, such as the page where you can purchase a door or window and find other technical specifications from the manufacturer.
• Type: Select an option from the Type drop-down list if you're using IFC classification data. See Classifying Objects for details.

In this blog post, I will walk you through how you can to draw a 3D house model in SketchUp from a 2D floor plan image. You can use a PDF version of a floor plan or a sketch you created of the field dimensions. I will be using the same floor plan from my the previous tutorials.

• Create walls using the Push/Pull tool.
• Use Guides to locate openings.
• Create window and door openings using the Push/Pull tool.
• Add ceilings & floors.
• Use layers to control visibility.

Create the Walls

Open your SketchUp model containing your floor plan. If you have Parallel Projection turned on, go ahead and turn it off now. Activate the Orbit tool. Click and hold down your mouse key as you drag the cursor to rotate the view into perspective.

(Tip: You can click on any image in this tutorial to make it larger)

If your Layers window and Entity Info window aren't visible, go to the Window menu and select both of those options now.

In the last tutorial, we created a 2D floor plan with symbols for the windows and doors and put that plan on the layer Plan-2D. We also made copies of our plans without the openings and symbols. The exterior walls are grouped together on the Walls-Exterior layer, and the interior walls are grouped on the Walls-Interior Layer.

Click the radio button next to Layer 0 to make it the active layer. Then uncheck the box next to Plan-2D to turn off the 2D plan. You should now be able to see the walls without the openings.

In our next step, we're going to use the Push/Pull tool to extrude the exterior walls into 3D. We're going to assume our ceiling height throughout the house is 9′.

Double click on the exterior walls group to open it. Click on the Push/Pull tool in the top menu. Hover over the face of the exterior walls.

Click on the face and drag your cursor up. You will see the walls begin to become three dimensional. Without clicking again, type 9′ and hit enter. The walls will automatically snap to a height of 9′.

Click outside of the group to close it. Use your tape measure tool to verify the dimension. Now you should see your exterior walls in 3D at 9′ tall.

Repeat the process for the interior walls. Remember, there are two interior walls group – one for the majority of the walls and one for the fireplace. To open the first group, double-click on any of the interior walls. Then double-click again on one of the groups to open it. You'll know it's open if you see blue dots when you click on the wall face. How to put video clips together on imovie. You may need to rotate the plan in order to see the fireplace walls.

This is what the model should look like with all of the walls extruded to 9′.

Create Exterior Windows & Doors

Next, we're going to punch openings in the walls for the windows and doors. This step is when all of the work we did with guidelines in parallel projection mode pays off. Because we used guidelines to ensure all of our walls were drawn at right angles on the red-green plane, we shouldn't have any issues with our openings. If you are struggling with creating openings, one reason might be that your walls are slightly crooked.

Let's start by creating the openings for our front door and windows. In this model, we'll assume all header heights are at 80″ and that the window sills are 24″ off the ground (sill height), except for the window in the kitchen, which is 42″ off the ground.

If your Plan-PDF layer is not visible, turn it on now so you can see the underlying PDF. Use the orbit tool to rotate your model so that you are looking towards the south wall where the front door should be.

Double click on the exterior walls to open the group. Click on the vertical face of one of the walls to make sure the group is open (blue dots visible).

Activate the tape measure tool. We're going to start with the left edge of this wall. If you need to, adjust your view so that you can see the left edge. With the tape measure tool, click on the vertical edge of the wall and drag to the right. Enter 21″ for the distance from the edge to the left edge of the window in the dining area.

With the tape measure active, click on the guide you just made and drag to the right 90″ to set the second guide for the window width. To make sure your guide is snapped to the red axis, you can hold down the right arrow key as you drag (green is the left arrow and blue is the up arrow).

We're going to continue adding all of the vertical guides for the openings on this wall. Using the measurements, add the guides for the door and living room window.

Now we'll add horizontal guidelines for the header height and the sill height. Click on the bottom edge of the walls with your tape measure and drag up 24″. Repeat and set a guide at 80″ from the bottom edge. As you drag, make sure you can see the blue arrow that means you are snapped to the blue axis (perfectly vertical). Hold down the up arrow key if you are having trouble.

Activate the rectangle tool. Starting with the left window, draw a rectangle for the window opening using the guideline intersections as the corners. Make sure the exterior wall group is open and you are able to select the wall face and see the blue dots before you draw the rectangles.

Once you've drawn the three rectangles for the windows and doors, click on the wall face but not within one of the openings. You'll be able to see that the faces are now separate from the rest of the wall.

We're going to use the Push/Pull tool to punch out the openings in the wall. With the Arrow (selection tool), click on the left window face. Then activate the Push/Pull tool. Click on the window face and push in towards the interior wall. You can create the hole in one of two ways. You can click on the top inner edge of the wall or you can type the wall thickness and hit enter. Both ways work equally well.

Continue creating the holes for the other two openings.

Orbit your view of the model so that you can see the wall with the kitchen window. Using the same method, create the openings for the sliding door and for the window (remember the sill height is 42″).

If your Plan-PDF layer is not visible, turn it on now so you can see the underlying PDF. Use the orbit tool to rotate your model so that you are looking towards the south wall where the front door should be.

Double click on the exterior walls to open the group. Click on the vertical face of one of the walls to make sure the group is open (blue dots visible).

Activate the tape measure tool. We're going to start with the left edge of this wall. If you need to, adjust your view so that you can see the left edge. With the tape measure tool, click on the vertical edge of the wall and drag to the right. Enter 21″ for the distance from the edge to the left edge of the window in the dining area.

With the tape measure active, click on the guide you just made and drag to the right 90″ to set the second guide for the window width. To make sure your guide is snapped to the red axis, you can hold down the right arrow key as you drag (green is the left arrow and blue is the up arrow).

We're going to continue adding all of the vertical guides for the openings on this wall. Using the measurements, add the guides for the door and living room window.

Now we'll add horizontal guidelines for the header height and the sill height. Click on the bottom edge of the walls with your tape measure and drag up 24″. Repeat and set a guide at 80″ from the bottom edge. As you drag, make sure you can see the blue arrow that means you are snapped to the blue axis (perfectly vertical). Hold down the up arrow key if you are having trouble.

Activate the rectangle tool. Starting with the left window, draw a rectangle for the window opening using the guideline intersections as the corners. Make sure the exterior wall group is open and you are able to select the wall face and see the blue dots before you draw the rectangles.

Once you've drawn the three rectangles for the windows and doors, click on the wall face but not within one of the openings. You'll be able to see that the faces are now separate from the rest of the wall.

We're going to use the Push/Pull tool to punch out the openings in the wall. With the Arrow (selection tool), click on the left window face. Then activate the Push/Pull tool. Click on the window face and push in towards the interior wall. You can create the hole in one of two ways. You can click on the top inner edge of the wall or you can type the wall thickness and hit enter. Both ways work equally well.

Continue creating the holes for the other two openings.

Orbit your view of the model so that you can see the wall with the kitchen window. Using the same method, create the openings for the sliding door and for the window (remember the sill height is 42″).

Delete the guides. Pan over to the other side of the wall and create the opening for the bedroom window. You can use the Hand tool to pan by clicking and dragging in the direction you want to move the model.

Rotate around to the other side and create the hole for the window in the other bedroom. Click outside the group to close it.

Create Interior Door Openings

If you remember from the last tutorial, we estimated the locations of the interior doors using the PDF. In order to make sure we set the interior openings in exactly the same spot as we did on the 2D plan, we're going to turn on the Plan-2D layer to create the guides. If you have your PDF visible like I do here, turn it off or hide it by right-clicking on it and selecting Hide from the menu.

Just like we did for the exterior openings, we're going to create the vertical guides first and then the horizontal guide for the header height. We'll do one together – the opening into the hallway. If you need to, orbit your model and zoom in so that you can see the wall clearly.

Double click on the interior wall two times to open up the group (check that the group is open by clicking on the face so that you see the blue dots).

Using the tape measure tool, click on the vertical wall edge visible to the left and drag towards the opening, which you should be able to see because we're in X-Ray mode. As you get close to the edge, hover over it with your cursor, and you should see a green dot indicating the intersection. Click to set the guide.

Click on the guide and drag to the right to set the second guide for the opening. Then create a horizontal guide 80″ from the bottom edge of the wall.

Use the Rectangle tool to create the face for the opening and then use the Push/Pull tool to create the hole. Delete the guides.

Repeat this process for all of the interior openings, deleting your guides as you go. Your model should look like this when it is finished (X-Ray mode off).

You have now learned how to identify the opening locations two ways: from the PDF dimensions; and from the openings we previously located on the 2D Plan. You could have also used the second method for the exterior openings.

You have learned how to create openings using guides, rectangles, and the Push/Pull tool. If you are having issues creating openings, double check to make sure that the correct group is open before you draw the rectangle and try to push/pull.

We have two last elements to add to our basic 3D house model – the floor and the ceiling. Before we draw either, create two new layers – Floor and Ceiling. Turn off the Plan-2D layer if it's still visible.

It's possible that some of the lines making up the walls are on the Plan-2D layer. If, by chance, you notice some of your edges are missing, double-click twice on the main interior walls group. Triple-click on one of the walls to select all of the faces and edges in the group. Then in the Entity Info window, select the Walls-Interior layer from the drop-down. Click outside the group twice to close it.

Add the Ceiling

Click the radio button next to the Ceiling layer to make it the active layer. Then use the rectangle tool to draw ceiling planes over each room, from wall corner to wall corner. In some rooms like the living room and bedrooms, you'll need to draw multiple rectangles to create the ceiling. Use the Eraser tool to create a single face from multiple faces by erasing the shared edges.

Faces in SketchUp have a back and a front, and depending on the style you have applied to your model, they may be different colors. If you see any faces that are dark gray, right click on them and select Reverse Face from the menu.

Double click on each ceiling you created and turn them into a group. Then make the Floor layer active. Toggle the visibility of the ceiling layer off. Then orbit your model so you are looking at it from the bottom.

Add the Floor

Instead of multiple rectangles for the floor, we'll just draw one rectangle from corner to corner and then two rectangles for each door opening. Erase the shared edges to make a single face and then create a group of the face and edges.

Sketchup For House Plans

If you are working on a different plan that isn't a simple rectangle, you can trace the outline of your walls with the line tool to create a face. Or you can create multiple rectangles like we did with some of our ceiling planes and then erase the shared edges until you have a single face.

How To Make A House On Sketchup For Schools

Orbit your model so that you are once again looking down into the house. If your floor is gray, double-click on the floor group to open it and reverse the face. Activate Layer 0 and save your file.

How To Make A House On Sketchup 8th